Titlebook: Real-Time C++; Efficient Object-Ori Christopher Kormanyos Book Apr 20131st edition Springer-Verlag Berlin Heidelberg 2013 C++.Embedded Syst

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An Easy Jump-Start in Real-Time C++anguage. This chapter addresses this desire by presenting a simple, yet effective, subset of the C++ language specifically designed for those seeking a lightweight and reliable jump-start in real-time C++. The C++ subset in this chapter represents a judicious selection of some of the most easy-to-do

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C++ Templates for Microcontrollers written and tested once, yet used with different types. Templates can also be used in generic programming that treats different types with the same semantics. This chapter introduces templates and static polymorphism, the STL, template metaprogramming and some generic programming methods, and shows

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Optimized C++ Programming for Microcontrollers. of the microcontroller software costs precious code space and cycles. Even the most minute software weakness can lead to system-debilitating resource problems. Writing efficient C++ code for microcontrollers mandates command of the language and solid development practices. This chapter aids this e

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Accessing Microcontroller Registers such as flash access, clocks, I/O ports, timers, communication interfaces (UART, SPI., CAN [1]), etc. This chapter describes C++ methods that can be used to manipulate microcontroller registers. The focus of this chapter is placed on template methods that provide for efficient, scalable and nearly

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Custom Memory Managemently creating polymorphic objects, using STL containers and mapping hardware devices are some of the countless situations in microcontroller programming that require customized memory management. This chapter describes memory management methods that are robust and reliable enough to perform these task

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